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Course Notes
Lecture 1:  Sketching:  Isometric & Oblique Sketches Lecture 2:  UGNX 3.0:  Sketch-based Modeling Lecture 3:  Engineering Achievements and Presentations Lecture 4: UGNX 3.0:  Geometric and Dimensional Constraints, Design Project Lecture 5: Sketching:  Translation, Dilation, Rotation about One Axis Lecture 6: Sketching:  Rotations about Two Axes, Reflections,  Symmetry Lecture 7: UGNX 3.0:  UGNX Drafting Application Lecture 8:  Design Project: Work Day Lecture 9: Sketching: Orthographic Projection Lecture 10:  Sketching:  Inclined and Single-curved Surfaces Lecture 11:  Design Project: Elasticity Analysis Lecture 12: VBA:  Writing Custom Spreadsheet Functions   Lecture 13: VBA:  Programming Decisions  Lecture 14:  VBA:  Programming Loops Lecture 15: 1D Motion Lecture 16: Trig and 2D Motion Lecture 17:  Design Project: Math Model Calculations Lecture 18:  VBA:  Macros Lecture 19:  Design Project:  Writing Technical Reports Lecture 20:  Design Project:  Workday Lecture 21/22:  Design Project:  Test Day / Workday Lecture 23:  In Class Spreadsheet Lab Practical Lecture 24:  Final Exam Review
In-class Links and Information Cohort Registration Information On-line Resources and Information Sketching Tutorial Visio Technical Tutorial 1D Motion Example Parachute Example

Department of Engineering Fundamentals
 Dillman Hall, 1400 Townsend Drive
Houghton, MI-49931-1295
Phone : 906-487-3057
Fax :  906-487-1620
Email : Tina at cmsarazi@mtu.edu

A division of the Michigan Technological University College of Engineering.
Last updated on 01/11/2007 ehgroth.